Spatial Structure of an Urban Park System Based on Fractal Theory: A Case Study of Fuzhou, China

The rationality and efficiency of the spatial structure an urban park system are critical in building a livable environment. Fractal theory is currently treated as frontier for exploring law complex systems; however, it has rarely been applied to systems. This study aggregation, grid correlation dimension models fractal Fuzhou, China. driving factors were analyzed innovative model was proposed. evidence shows that characteristics, although self-organization optimization have not yet fully formed, revealing multi-core nesting pattern. Moreover, core cluster four popular parks with weakening adsorption, emerging Baima River Park located at geometric center, which likely be further developed. primarily driven by geographical conditions, planning policies, transportation networks. Against this backdrop, central heterogeneity synergistic development, relying on kinds flow can lead formation city, variation garden city. At regional scale, lines, zone could realized. These findings provide new perspectives reveal information derived assist policy makers planners formulating more scientific plans, may contribute balanced efficient system.